Beta copper phthalocyanine. It is phthalo blue GS organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most... view more

Copper phthalocyanine. It is phthalo blue RS organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high... view more

Polychlorinated copper phthalocyanine. It is phthalo green organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements... view more

Carbon black. It is masstone black organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more

Carbon black. It is high jet black organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more

Carbon black. It is tinting black organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more

Disazopyrazolone. It is diarylide orange organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high... view more

Monoazo. It is lithol rubine organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more

Anhydrous iron oxide. It is transparent red inorganic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high... view more

Anhydrous iron oxide. It is medium dark red inorganic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high... view more

Monoazo. It is napthol red BS organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more

Monoazo. It is napthol red YS organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more

Dioxazine. It is carbazole violet organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more

Titanium dioxide. It is white inorganic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance... view more

Titanium dioxide. It is white chalk resistant inorganic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high... view more

Disazo. It is yellow organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance applications... view more

Tetrachloro-isoindolinone. It is yellow organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high... view more

Iron (III) oxide monohydrate. It is transparent yellow GS inorganic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements... view more

Iron (III) oxide monohydrate. It is yellow inorganic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high... view more

Monoazo. It is yellow organic pigment chip dispersion. It is based on a water soluble acrylic resin. It meets with the durability and transparency requirements of most high performance applications... view more